Brown adipocytes cells found in brown fat tissue are responsible for producing/generating heat to maintain body temperature in response to environmental changes (a process known as adaptive thermogenesis). Let's model a brown adipocyte as a sphere with a radius R, thermal conductivity kcell, and constant surface temperature Tsurf. Assume that the heat generation rate per unit volume within the brown adipocyte increases with radial position: q = ȧmax (F) where qmax is a constant value ☐ Using only the given variables and known constants/numerical values, write an expression for the temperature profile within the brown adipocyte. _ Using only the given variables and known constants/numerical values, write an expression for the maximum temperature within the brown adipocyte.

Brown adipocytes cells found in brown fat tissue are responsible for producing/generating heat to maintain body temperature in response to environmental changes (a process known as adaptive thermogenesis). Let's model a brown adipocyte as a sphere with a radius R, thermal conductivity kcell, and constant surface temperature Tsurf. Assume that the heat generation rate per unit volume within the brown adipocyte increases with radial position: q = ȧmax (F) where qmax is a constant value ☐ Using only the given variables and known constants/numerical values, write an expression for the temperature profile within the brown adipocyte. _ Using only the given variables and known constants/numerical values, write an expression for the maximum temperature within the brown adipocyte.